Lunar photographs from Apollos 8, 10, and 11
Lunar photographs from Apollo 8, 10, and 11, flights
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Lunar photographs from Apollo 8, 10, and 11, flights
Moon atlas rectified presenting record of lunar surface based on photographs
Selenography and selenodesy with Apollo whole- disk lunar photograph, providing positions catalog in tabular form
Lunar Orbiter photographs and maps, missions 1 through 5
Translunar trajectory and lighting ring problems associated with design of lunar photography survey mission
Lunar crater origin determination by terrestrial volcanic and meteoritic craters and maars geological criteria application to Lunar Orbiter 5 photographs
Lunar orbiter missions goals and design, spacecraft construction and equipment and examination of lunar surface photographs
Lunar Orbiter missions goals and design, spacecraft construction and equipment and examination of lunar surface photographs
Lunar size and shape analysis from Lunar Orbiter mission 1 photography
Correlation of lunar radii estimates obtained from earth based photographic study and lunar orbiter gravitational field coefficient measures
Lunar surface photographs obtained by LUNIK XII PROBE
Many quantitative lunar studies, e.g., the morphology and dimensions of craters, crater density and distribution, have been performed using oblique Lunar Orbiter photographs. If the inherent change in scale and azimuth direction of features imaged on these photographs are not corrected, the measurement can be in considerable error and the resulting statistical inferences may be invalid. The magnitude of this error is dependent upon: the depression angle of the camera, the flight height of the spacecraft, the focal length of the camera, and the position and orientation of the object on the ground. The errors introduced by using unrectified oblique photographs as though they were vertical photographs are examined for several Lunar Orbiter high resolution NASA LRC Enhancement photographic prints taken at various depression angles.
Lunar topographic projection of Ranger VIII STEREOSCOPIC photographs
Lunar crater distribution measurement from Ranger VII photographic data analysis, deriving approximate expression for secondary distribution
Lunar surface bearing strength estimate from Orbiter II photograph, noting Sabine D crater measurement as potential landing site for Surveyor and Apollo
Lunar near-side tectonic patterns including mare ridges, rills, ridges crater walls features within maria from Lunar Orbiter photographs
Lunar cratering and erosion from Orbiter 5 photographs, observing crater densities, highland and maria regions, etc